JP5438054B2 - Tombstone circulation drainage - Google Patents

Description

 In Tokyo over the period of January 2011, dry warnings were issued for 38 consecutive days from New Year's Eve in the previous year. During the visit to the grave, many of the flowers offered in front of the grave were withered and I thought the flowers were poor. In order to solve the problem, the present invention provides a waste product generated from a stem of a fresh flower in a fresh flower tube, while keeping it as good as possible by supplying water to the fresh flower, and under a meteorological condition of rain. Consideration of hygiene and aesthetics by purifying the contaminated water in the fresh vase and draining it to clean the water in the fresh vase, and keeping the water level in the fresh vase and the aquarium tank the same level. This is a field related to gravestones.

 The characteristic of the grave is that it is quite unique among the things that people use. Therefore, it is quite conservative, so the replacement cycle of products is extremely long, and the technical aspects of the business from the emotional and business profit side. It can be said that progress itself has not been much desired. About hydration of fresh flowers that are directed to the front of the grave (see Patent Document 1), the shape of the fresh vase is devised so that the amount of fresh water is relatively larger than the existing fresh vase for graves. In addition, it has been proposed to prevent the evaporation of moisture and reduce the occurrence of pests that lay eggs in the live vase by providing a lid on the live vase. However, it is important to clean the polluted water caused by the waste generated from the stems of fresh flowers in the fresh canister, the rainwater drowned in the rain is not being used effectively, In order to obtain the effect of reducing the occurrence of harmful insects, it can be pointed out that there are restrictions on both the small amount of fresh flowers that can be inserted during flower donation.

 As long as the fresh flowers being handed to the front of the grave are cut flowers, they will inevitably die after a certain period of time even if proper hydration has been achieved. It is intended to replenish water over a long period of time, compressing the refrigerant with the power of the device's self-power generation without being affected by the weather conditions, and supplying the plant with water that has been liquefied by the endothermic effect during liquid evaporation. ing. However, it is questionable whether it is used as a human heart when used in a grave, which is a unique existence with a complex structure and large appearance.

 As a method of replenishing hydration using the weather condition of rain on a fresh vase, in order to replenish water in the fresh vase and stabilize the water level, There is a method of storing rainwater in the tank with a funnel in the case of rain (see Patent Document 3) to clean the water polluted by the waste generated from the stems of fresh flowers in the fresh flower canister Depending on the location of the aquarium and the location of the aquarium, the appearance of the tomb is a fairly conservative and heartfelt nature, and in addition, there is a pipe in the waterway in the basement near where the remains are buried. It is troublesome in terms of emotional resistance to burial and construction work.

JP 2008-038580 A JP 2007-294938 A JP 2006-042662 A

 A long-time water supply at a high water level to the stem portion of the fresh flower in the fresh flower barrel that is directed before the grave, and the polluted water in the fresh flower cylinder polluted with waste products discharged from the fresh flower are discharged. In addition, from the viewpoint of hygiene and aesthetics of the tombstone, it is an object to adjust the water level in the fresh vase and the water tank of the water basin to the same level, and the present invention provides a tombstone circulation drainage fresh vase that can be expected to solve the problem to a considerable extent. It is.

 In the present invention, the left and right fresh flower cylinders 1L1R and the water basin 2 are integrally configured, and a waterway mouth is formed at a lower part of a slightly higher position in consideration of a range in which sediment such as mud accumulates in the water tub inside the water basin 2. Placed and connected to the lower part of the fresh vase 1L1R taking into account the accumulation of mud and other sediments by a water channel 1L1R, and the water basin 2 is divided into a plurality of water tanks or provided with a plurality of water tanks. A drainage port 5 is provided at the upper part of the fresh flower cylinder 1L1R so that the puddle of each water basin is addressed and the water level of the water ω in the water basin 2 tank is adjusted to a balanced height. In order to enhance the performance, a lid 7 is installed on the uppermost part of the fresh flower cylinder 1L1R, and the lid 7 has an insertion opening 8 to which a stem of a fresh flower can be inserted. Tombstone circulation drainage fresh cannula which tries to solve the problem of [0006] by using these structures.

 When the fresh flower cylinder 1L1R of the present invention is viewed from directly above, clean water from the water basin 2 is introduced into the fresh flower cylinder 1L1R as a method of inflowing into the fresh flower cylinder 1L1R. The water in the fresh flower can be disturbed, but most of the rain is colder than the water stored on the ground. If the inflow angle σ of the waterway opening of the waterway 4L4R is decentered from the center Φ and the low temperature clean water is rotated in a circular shape along the inner surface of the fresh flower tube 4L4R, the inflow continues. While generating a cyclone state, the clean water of low temperature stably pushes up the contaminated water of the 1L1R in the fresh flower cylinder in a laminar flow state while maintaining a hierarchical state with the existing relatively hot contaminated water The polluted water of 1L1R in the fresh flower cylinder is discharged from the discharge port 5 in the form The

 If you use an existing flower arrangement for flower arrangement, the life of the original flower may not be completed due to a decrease in water level due to water absorption through the stem of the flower itself and evaporation to the atmosphere. In the present invention, since the water ω stored in the aquarium of the water basin 2 is also used, it is possible to replenish water while maintaining the water level of the 1L1R in the fresh vase for a longer time than the existing fresh vase. The life of the fresh flower can be expected, and the water channel 4L4R connecting the fresh water tank 1L1R and the fresh water tank 1L1R is long. Therefore, the water in the aquarium tank is kept clean.

 At the time of grave visits, cleaning flowers and watering the water basin, the existing tank and water basin are overflowing with water, and the tombstones are full of water, causing anxiety and pests in terms of hygiene. However, in the present invention, the water level in the water tank 2 of the water basin 2 and the water level in the fresh flower cylinder 1L1R can be set to the same height as the position of the drain port 5, and the water level of the fresh flower cylinder 1L1R and the tank tank is aesthetically pleasing. In addition to making arrangements, it is possible to reduce hygiene considerations and factors such as pests.

 In addition, although it is a meteorological condition at the time of rain, the polluted water in the fresh flower cylinder 1L1R is drained in such a way that the contaminated water in the fresh flower cylinder 1L1R is pushed up using the inflow water from the tank tub of the water basin 2. It is the tombstone circulation drainage fresh flower can of this invention which can expect the improvement of the cleanliness of the water in the said fresh flower canopy 1L1R considerably by draining through the exit 5. FIG. Although it is a snake-foot, we consider the hearts of fresh flowers and the people who donate the present invention, and sincerely demand the use of many people.

The Example which shows the whole structure of the tombstone which concerns on this invention. The front view (a) and side view (b) of the fresh flower cylinder and water bowl which can be comprised by this invention. Front view of a raw flower cylinder. The front view (a) and side view (b) of the cover of a fresh flower cylinder.

 The tombstone circulation drainage fresh vase of the present invention is composed of a fresh vase 1L1R and a water basin 2, and a partition 3 is provided near the center of the aquarium tank of the water basin 2 so that a water channel 4L4R extends from below the aquarium basin to below the fresh vase 1L1R. The drainage port 5 is arranged above the fresh flower cylinder 1L1R, and when the water ω is poured into the tank tub of the water basin 2, the water level of the drainage port 5 looks good and is maintained at a constant water level. Is shown.

 In the state in which the flower arrangement of the flower arrangement is inserted in the fresh flower cylinder 1L1R, the fresh water leaves prevent a certain amount of water from entering the fresh flower cylinder when it rains, but the drainage effect in the fresh flower cylinder can be further improved. FIG. 1 shows that a lid 7 is installed at the upper end of the fresh flower cylinder for the purpose of raising.

  Fig. 2 shows the fresh vase 1L1R and the water basin 2, but when facing the front and tilting left and right, there is a possibility that the drainage will be biased to either the left or right of the fresh vase 1L1R. 3 indicates that each of the left and right fresh flower cylinders 1L1R is addressed to individual puddles partitioned in the water tank tub of the water basin 2.

 As a countermeasure against sediment such as mud in the water tank 2 of the water basin 2, a space β is further provided in the fresh flower cylinder for precipitating wastes discharged from the fresh flowers. It is FIG. 2 which shows having taken the countermeasure for not closing the waterway entrance of the fresh flower cylinder 1L1R.

 In the case of rain, the water from the water tank 2 of the water basin 2 is allowed to flow while rotating in a circular shape along the inner surface of the fresh flower cylinder 1L1R, and compared with the water in the existing fresh flower cylinder 1L1R. A structure in which low-temperature water is filled with the low-temperature water while being stabilized in a laminar flow along the side of the 1L1R in the fresh flower cylinder, and drained while pushing up the relatively hot contaminated water in the fresh flower cylinder 1L1R. FIG. 2 is shown.

 FIG. 2 (b) shows that the channel opening 4L4R is decentered from the center Φ of the inner diameter of the fresh flower cylinder 1L1R and the angle σ of the water inlet flowing into the fresh flower cylinder 1L1R is deviated. While maintaining a hierarchical state with the existing polluted water, the existing low temperature water is relatively hot and the existing polluted water is pushed up in the fresh flower cylinder 1L1R in a cyclone form, and the existing water is discharged from the outlet 5. This indicates that the polluted water is drained.

 The drain port 5 of the fresh flower tube 1L1R of the present invention is arranged at the center of the back surface assuming that the device of the present invention is tilted left and right toward the front, but is a back surface that is difficult for humans to see. However, the polluted water is drained from the drain port on the back of the fresh flower tube 1L1R and spills down, so that the polluted water is guided to the drain channel 6 by carving the drain channel 6 for guiding the polluted water from the drain port 5. In addition, it can be drained nicely, and the stone plate is processed so that the contaminated water is not scattered on the foundation stone plate of the water basin 2 and fresh flower cylinder 1L1R of the present invention. I want to make sure that water can be absorbed into the ground.

 FIG. 4 The lid 7 placed on the fresh flower cylinder 1L1R is provided with an insertion port 8 in a range in which fresh flowers can be easily inserted and removed, and the lid 7 guides rainwater to the outside of the fresh flower cylinder 1L1R. In addition, the slope 9 was added because it was also good.

 In order to pour more rainwater into the water basin, the upper surface of the water basin is inclined toward the aquarium, so that the rain poured on the entire upper surface of the water basin is caused to flow into the aquarium, thereby storing water in the aquarium and circulating the present invention. It is possible to further increase the capacity of drainage.

 Taking into account the range in which sediment such as mud accumulates in the shape of the fresh flower tube of the present invention and conical with the bottom tightened, it makes it easier to generate a cyclone state with the inflow water from the aquarium tank, There is a possibility that existing polluted water can be easily pushed up in a laminar flow. When fresh flowers are inserted, the lower ends of the stems are bundled together and the upper fresh flowers can be gathered together for beautiful viewing.

 In order to easily clean the fresh flower cylinder in front of the grave, it is also considered to use a cover made of stainless steel or the like in the fresh flower cylinder. In this case, the tube cover is provided with openings so as not to block the water channel opening from the water basin and the drain port located above the fresh flower tube, and the both openings serve as the water channel port and the drainage. In order to correctly route the mouth, the stainless steel tube cover and the fresh flower tube are stepped so that they can be fitted only at a certain angle.

In addition to [Embodiment 3] of [0023], there is also a method of separating the water basin and the fresh vase, and at that time, in order to prevent water leakage from the joint of the water channel, the water leakage prevention joint and the combination of the water basin and the fresh vase By using rubber packing for eyes, it is also possible to facilitate the cleaning of the fresh flower cylinder in front of the grave.

 When the joint is arranged in parallel with the water basin and the stone bed under the fresh flower cylinder, each of the joints can be easily separated. As a method of processing the stone, a drill hole is made in the fresh flower cylinder in parallel with the stone board. In addition, drilling is performed halfway while maintaining the parallelism also on the water basin side at the same position as the drill hole, in addition, drilling is performed from the water tank of the water basin, and the processing takes into account the angle. However, a processing method in which the water channel in the water basin is bent and penetrated by penetrating from the side surface of the water basin to the drill hole is also an example.

1L left fresh flower tube 1R right fresh flower tube 2 water bowl 3 partition 4L left water channel 4R right water channel 5 drain outlet 6 drain groove
7 Lid (fresh flower tube)
8 Insertion port 9 Inclined part of the lid α Reservoir β Waste disposal space ∇ Water tank ω Water Φ Center of the inner diameter of the fresh flower tube σ Inflow angle at the waterway port

Claims (5)

Connect the lower part of the water tank of the tombstone water basin and the inside of the tombstone vase with a channel
A tombstone circulation drainage fresh flower canister, wherein a drain outlet is provided in an upper part of the fresh flower canteen. The gravestone circulation drainage fresh flower canister according to claim 1, wherein a cover having an insertion opening enough to insert a stem of a donation flower is put on the upper part of the fresh flower canister according to claim 1. When using a plurality of the fresh flower cylinders according to claim 1,
Put a partition in the tank of the tombstone water bowl,
3. The tombstone circulation drainage fresh flower canister according to claim 1 or 2, wherein a water channel is connected to each of the plurality of fresh flower canisters in such a manner that a puddle of the individual water tank is addressed. When using a plurality of the fresh flower cylinders according to claim 1,
There are several tanks in the tombstone water bowl,
4. The tombstone circulation drainage fresh flower canister according to any one of claims 1 to 3, wherein each of the plurality of fresh flower canals is connected to a water channel in such a manner that each of the plurality of water tanks is addressed. When facing the bowl from directly above,
The angle of the water channel that leads from the aquarium tank to the fresh flower cylinder is decentered from the center of the inner circle of the fresh flower cylinder,
The tombstone circulation drainage fresh flower canister according to any one of claims 1 to 4, wherein a waterway opening is provided to allow water to flow along the inner surface of the fresh flower canister along the water channel from the water tank of the water basin.

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